Thermal Grease YJ-190 is a high-efficiency thermal interface compound designed to provide excellent heat transfer performance between electronic components and heatsinks. It is formulated to deliver superior thermal conductivity, making it a reliable choice for technicians, PC builders, service engineers, and electronic assembly professionals. Unlike cheap pastes that dry out or crack, Thermal Grease YJ-190 maintains long-lasting viscosity and stability, ensuring consistent thermal performance even under heavy load and continuous operation. Key Features: High thermal conductivity for efficient heat dissipation Stable non-drying formula — remains effective for long periods Electrically non-conductive to prevent short circuits Ideal for CPUs, GPUs, power transistors, LED modules, and power supplies Easy spread consistency for smooth and uniform application Reliable performance in low and high temperature conditions Why choose Thermal Grease YJ-190? Reduces operating temperature of electronic components Enhances cooling efficiency of heatsinks and cooling modules Improves device performance, stability, and lifespan Ensures minimal thermal resistance between surfaces Recommended Applications: Desktop and laptop CPU / GPU LED chips and high-power lighting systems Power transistors and MOSFET modules DC power supplies, amplifiers, and motor drivers Electronic assembly and repair workshops Data Sheet (Technical Specifications) Parameter Specification Product Name Thermal Grease YJ-190 Color Grey / Silver Thermal Conductivity > 3.0 W/m·K (Typical) Thermal Resistance < 0.2 °C/W Operating Temperature -50°C to 200°C Electrical Conductivity Non-conductive Density Approx. 2.4 g/cm³ Viscosity High — long-lasting stability Application CPU, GPU, LED, MOSFET, ICs, heatsinks Who is it for? PC builders and gamers Laptop repair technicians Electronics maintenance and industrial engineers ensures maximum cooling efficiency, prevents overheating, and extends the lifespan of sensitive electronic components. It is the ideal solution when you need reliable thermal transfer without compromising electrical safety.
